Agri-Systems v. Structural Technologies, LLC

District Court, D. Colorado·Decided August 18, 2023·No. 1:19-cv-02238·Unknown

Opinion

IN THE UNITED STATES DISTRICT COURT FOR THE DISTRICT OF COLORADO Senior Judge Christine M. Arguello

Civil Action No. 19-cv-02238-CMA-STV

AGRI-SYSTEMS, a Montana corporation, d/b/a ASI Industrial,

Plaintiff,

v.

STRUCTURAL TECHNOLOGIES, LLC, a Maryland limited liability company,

Defendant.

ORDER DENYING DEFENDANT’S MOTION FOR SUMMARY JUDGMENT

This matter is before the Court on Defendant/Counter Claimant Structural Technologies, LLC’s (“Structural”) Motion for Summary Judgment. (Doc. # 91.) For the following reasons, the Court denies the Motion. I. BACKGROUND1 This is a construction contract case centered around the design and construction of a silo facility in Eaton, Colorado (“the Project”). The core issue of this case revolves around determining who was at fault for problems which arose during the Project’s construction, and who is responsible for the required repairs. (Doc. # 2; Doc. # 31 at ¶¶ 21–54); see also (Doc. # 93 at 2); (Doc. # 100 at 14.) Plaintiff/Counter Defendant Agri- Systems, d/b/a ASI Industrial (“ASI”) contracted (“the Design/Build Agreement”) to build

1 Unless otherwise indicated, the following material facts are undisputed. (Doc. # 91 at 3–21; Doc. # 96 at 2–23; Doc. # 112 at 2–18.) the silos using a slipform concrete construction method where concrete is poured in a single continuous pour as the form/mold moves vertically upward. (Doc. # 31 at ¶¶ 7–8.) Under the Project’s Design/Build Agreement, ASI was responsible for the overall design of the silos. (Doc. # 120 at 42–44; Doc. # 120-1 at 132.) ASI then subcontracted with Structural (“the Subcontract”) to provide “unbonded post-tensioning tendons . . . and anchors” as well as related placement drawings, supervision, labor, and equipment. (Doc. # 31-1.) Specifically, the Subcontract dictated that Structural’s scope of work was as follows: • Furnish VSL unbonded post-tensioning tendons including .60” diameter 270 ksi coated and sheathed prestressing strand, and anchorages (bearing plate, recess former and wedges). The Total Cost is based on 163 strander per silo for a total of 978 strands approximately 140 ft. in length. All strands are 360 degrees around the silo and tension from both ends for a total of 1,956 anchorages. The post-tensioned height is assumed as 80 ft. beginning 40 ft. above the foundation. • Furnish supervision, labor, and equipment to install strand channels to slip from yokes, install strands during slip operations, remove recess forms, tension strands and remove stressing tails. • Furnish placement drawings for VSL post-tensioning work.

(Doc. # 31-1 at 2.) Expressly excluded from Structural’s scope of work was:

• Furnishing and placement of all mild steel reinforcing, • All carpentry work including bulkheads, formwork, shoring, scaffolding, and design thereof, • All concrete work including furnishing, placing, finishing, and ouring, • Union labor and prevailing wage requirements, • Material sampling and testing, • Domestic origin material requirements, • Cost of bonds, sales taxes, use taxes, permits and licenses. (Id.) The Subcontract contained an express warranty which stated in part that “[Structural] represents and warrants to [ASI] that it and its employees are experienced and skilled in the construction of structures and improvements of the type described in the Contract Documents . . . .” (Id. at 3.) Finally, the Subcontract also contained an integration clause which stated, “[t]his Subcontract reflects the complete and full agreement between the parties and there exist no other agreements or understandings, whether verbal or written.” (Id. at 17.) The strength of the silos comes from reinforcing steel imbedded in the concrete during construction. (Doc. # 31 at ¶ 9; Doc. # 91 at 8–9.) The idea to use unbonded

post-tensioning tendons in the silos to provide this strength originated with Structural’s Professional Engineer Dan Harger. (Doc. # 97-9 at 3; Doc. # 97-33 at 2); see also (Doc. # 96 at 14; Doc. # 112 at 9.) ASI then made the decision to use Structural’s post- tensioning tendons rather than “regular rebar.” (Doc. # 120 at 34.) Post-tensioning reinforcing steel must be accessible after the concrete is cured so that it can be stressed. (Doc. # 120-1 at 411); see also (Doc. # 91 at 9.) To do this in the instant Project, bulkheads with predefined hole configurations were to be fed into the slipform at designated heights. (Doc. # 120-1 at 411.) These bulkheads (the “sliding bulkheads”) were designed to remain at their designated elevations in the face of the concrete as the slipform continued to rise vertically. (Id.) see also (Doc. # 91 at 8–9.)

Prior to executing the Subcontract, ASI and Structural communicated and collaborated around the integration of Mr. Harger’s proposal, including the concept and application of the sliding bulkheads, into the overall engineering designs for the silos. (Doc. # 97-5 at 6, 8, 20–21.) Structural provided concept drawings and engineering calculations which ASI then integrated into its design work. (Doc. # 97-5 at 20–21; Doc. # 97-20 at 1–8; Doc. # 97-25 at 2–13; Doc. # 113 at 17–18.) ASI fabricated the bulkheads. (Doc. # 120 at 37–38, 47.) ASI’s Structural Engineer, and the engineer of record on the project, Steven Bjordahl explained during his deposition that he was “looking to [Structural] to show us” how to “install unbonded tendons in a slip form [sic], because [ASI] hadn’t done it before.” (Doc. # 97-5 at 20; Doc. # 120 at 33, 42–43.) As the engineer of record, Mr. Bjordahl created and stamped the structural design drawings for the Project. (Doc. # 113 at 17; Doc. # 120 at 33–34, 42–44); see also, e.g., (Doc. #

120 at 75; Doc. # 120-1 at 213.) Prior to the Project at issue in this case, Structural’s employees had varying levels of training, experience, and certifications in bonded post-tensioning work and/or slipform construction—but no Structural employee had experience, training, or certifications specifically in unbonded post-tensioning work as installed in slipform construction. (Doc. # 97-8 at 2–4; Doc. # 97-12 at 2–4; Doc. # 97-18 at 2.) To facilitate its responsibilities under the Subcontract, Structural hired laborers who were less experienced in construction and some of whom walked off the job. (Doc. # 97-1 at 3, 10; Doc. # 97-10 at 7; Doc. # 97-11 at 2, 4; Doc. # 97-12 at 11; Doc. # 97-15 at 1; Doc. # 97-16 at 1; Doc. # 97-18 at 2; Doc. # 97-22 at 1–3.)

The post-tensioning work in the silos was to begin at an elevation of 140 feet (40 feet above the foundation). (Doc. # 120 at 2.) During construction, issues arose with the first row of bulkheads to which Structural was to install the ends of the post-tension tendons, resulting in the bulkheads ending up several feet above the elevation where they should have started. (Id. at 26–27, 46, 49–51, 303); see also (Doc. # 91 at 9; Doc. # 97-23 at 1; Doc. # 97-31 at 2.) Structural argues that these issues resulted in additional complications—creating a type of domino effect—as the slipform continued to rise vertically, resulting in its inability to complete its work as outlined by the Subcontract. (Doc. # 91 at 9–13; Doc. # 120 at 36–38; 49–50); see also (Doc. # 93 at 2.) ASI, however, counters that “the effect of the bulk heads [sic] moving is limited to elevations less than 5’ above the start of the post tensioning system[, and if Structural] had installed strands in the bulkheads . . . little to no repairs to the silos would have

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